This invention relates to a computer-controlled physiological flow simulator for use in the study of vascular hemodynamics and the calibration of clinical imaging systems used to measure blood flow More
his invention concerns a system and method of obtaining four-dimensional (4-D) ultrasound images of moving tissue such as the human heart or lungs, where time is the fourth dimension. More
This invention describes a three-dimensional (3-D) ultrasound system and process of performing percutaneous tissue biopsy for the diagnosis of breast cancer. More
This invention concerns a position and orientation sensor designed for use with existing ultrasound instrumentation to permit the real-time measurement of blood volume flow rate within a vessel. More
A cancer therapy and diagnostic that utilizes a variation of "Boron Neutron Capture Therapy" to deliver intense, short-lived, therapeutic doses of radiation specifically to active tumor sites. More
This invention concerns an ultrasound image-guided system and method for obtaining an accurate knowledge of the 3-D geometry of the prostate; allowing for exact positioning of needles for the delivery of seeds to cancerous cells; and if necessary, a More
These bifunctional chelators are useful for radiolabeling targeting moieties with SPECT and PET radioisotopes for molecular imaging for diagnosis and/or treatment of cancer. More
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